With 12 hectare across four glasshouse and an annual output of 95 million gerberas , LG Flowers stands among the top gerbera producers in the Netherlands . Next to the company ’s strong emergence in recent years , unexampled challenges continue to go forth . This is especially clear in how quickly the crop protection landscape is germinate .
pest like the Tomato measuring worm moth ( Chrysodeixis chalcites ) and European Madagascar pepper moth ( Duponchelia fovealis ) have a major impact on gerbera polish . Not just on the crop itself , but also on the biological balance that LG Flowers endeavour to keep . “We do everything we can to stay ahead of pesterer , " says Martin de Bruijn , Head of Cultivation at LG Flowers . " As soon as moths enter , it can trigger a half mask consequence . They cave natural predators , knocking the whole system off balance . Then you ’re month behind"LG Flowers has been working with the PATS - C answer since 2021 . Four class by and by , PATS - C monitoring has been roll out across the intact ship’s company . In addition , a significant part of the greenhouses has been screened with dirt ball netting preventively , wherever technically possible . " Monitoring the internal population remains crucial , " says Martin . " PATS - C devote us 24/7 insight , and most significantly : peacefulness of mind . We know where we stomach . "
Martin de Bruijn , Head of Cultivation at LG Flowers , next to one of the PATS - C cameras : " With PATS - C , we always quell one step ahead of moth and caterpillar infestations . “This uninterrupted stream of data is also helpful for Wouter Mooij , craw protection advisor : " cultivator often have a fix window for performing a treatment . Several times a year , we see a sharp change in moth bodily process within three days . If there ’s an increase midweek and there ’s a chance to spray over the weekend , you may adjust and scale up your scheme before the larvae reach the feeding microscope stage . “Martin continues : " PATS - C detects the Τomato inchworm at a very early stage , often even before any seeable damage appear . Past experience show that such a spike in moth natural process is quickly play along by harvest impairment . By recognizing this pattern , we can make targeted biological interference against the first larvae and prevent further plague . “Keeping track of actions is becoming increasingly important . Interventions are directly sign in PATS - Kalendar , allowing harvest experts and advisors to traverse what was done and when . The next step is to predict risks and automatically advise the right treatment consequence .
The PATS - C camera closelymonitorsmoth activity Clarence Day and nighttime . “We’re fully committed to digitisation , bar , and biological control , " Martin says . " It ’s about being able to act at the very first preindication of pressure , so we can defend a equaliser in the greenhouse . Think of banker plant life to keep innate enemies at stable levels , and of engineering that helps us stay alert . By combine these prick , we create a system that does n’t oppose after the fact but instead prevents things from getting out of manus . At the same metre , we keep expect for ways to make our cultivation system even smarter , with new technologies that enable us to act faster and more precisely . That ’s how we keep raising the bar . "
For more information : PATS[email protected]www.pats - drones.com
